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Showing 193–208 of 209 results
Product Name: TiO2 (Titanium Dioxide) Single Crystal Substrates (Rutile Phase) Packaging & Variant Options: – Packaging: 100-class clean bag, 1000-class clean room – Available Dimensions (Square/Rectangular): – 5 × 3mm,5 × 5mm, 10 × 5mm, 10 × 10mm, 15 × 15mm, 20 × 20mm – Available Dimensions (Circular): – Φ10mm, Φ15mm, Φ20mm, Φ1″, Φ2″ –…
Ultra High Purity Titanium Sheets (99.999%, 5N) – Research & Semiconductor Grade Short Description Ultra-high purity (99.999%, 5N) titanium foil engineered for advanced research, semiconductor processing, and high-sensitivity electrochemical applications. Clean metallic surface, precision thickness control, and laboratory-grade packaging. Full Product Description Overview Our 99.999% (5N) ultra-high purity titanium foil is produced from refined titanium…
Yttria-Stabilized Zirconia (YSZ) Single Crystal Substrate Physical Properties: Crystal Structure: Cubic System Lattice Constant: a=5.125 Angstrom Composition Ratio: Y2O3:ZrO2 = 8:92 mol% Density: 5.8 g/cm^3 Melting Point: 2800 degC Growth Method: Skull Melting Standard Specifications: Orientation: (100) miscut < 0.3 deg (Available < 0.1 deg) Orientation: (110) miscut < 0.3 deg (Available < 0.1 deg)…
Yttria-Stabilized Zirconia (YSZ) Single Crystal Wafers Physical Properties: Crystal Structure: Cubic System Lattice Constant: a=5.125 Angstrom Composition Ratio: Y2O3:ZrO2 = 8:92 mol% Density: 5.8 g/cm^3 Melting Point: 2800 degC Growth Method: Skull Melting Standard Specifications: Orientation: (100) miscut < 0.3 deg (Available < 0.1 deg) Orientation: (110) miscut < 0.3 deg (Available < 0.1 deg)…
Yttrium Aluminum Garnet (YAG) Single Crystal Substrates Physical Properties: Crystal Structure: Cubic System Lattice Constant: a=12.01 Angstrom Density: 4.56 g/cm^3 Melting Point: 1970 degC Mohs Hardness: 8.5 Mohs Growth Method: CZ Standard Specifications: Orientation: (111) miscut < 0.3 deg (Available < 0.1 deg) Orientation: (110) miscut < 0.3 deg (Available < 0.1 deg) Orientation: (100)…
Yttrium Aluminum Garnet (YAG) Single Crystal Wafers Physical Properties: Crystal Structure: Cubic System Lattice Constant: a=12.01 Angstrom Density: 4.56 g/cm^3 Melting Point: 1970 degC Mohs Hardness: 8.5 Mohs Growth Method: CZ Standard Specifications: Orientation: (111) miscut < 0.3 deg (Available < 0.1 deg) Orientation: (110) miscut < 0.3 deg (Available < 0.1 deg) Orientation: (100)…
Yttrium Aluminum Perovskite (YAP) Single Crystal Substrate Physical Properties: Crystal Structure: Orthorhombic System Lattice Constants: a=5.167 Angstrom, b=5.314 Angstrom, c=7.353 Angstrom Lattice Angle: a axis (100) theta=17 deg 20 min, b axis (010) theta=16 deg 52 min, c axis (001) theta=12 deg 04 min Density: 4.88 g/cm^3 Melting Point: 1870 degC Growth Method: CZ Standard…
Yttrium Iron Garnet (YIG / Y3Fe5O12) Single Crystal Substrate Physical Properties: Crystal Structure: Cubic System Lattice Constants: a=b=c=12.376 Angstrom Density: 5.17 g/cm^3 (111) 2 Theta: 25 deg 32 min Standard Specifications: Surface Roughness: Ra < 0.5 nm
YIG Film on GGG Substrate Substrate Specifications (GGG): Material: GGG Single Crystal Orientation: (111) miscut < 0.3 deg Epitaxial Layer Specifications (YIG Film): Thickness: 4.26 μm Preparation Method: Liquid Phase Epitaxy (LPE)
Yttrium Scandium Gallium Garnet (YSGG) Single Crystal Substrate Physical Properties: Crystal Structure: Cubic System Lattice Constant: a=12.426 Angstrom Density: 5.2 g/cm^3 Melting Point: 1877 degC Mohs Hardness: 7 Mohs Refractive Index: 1.92 2 theta: 50 deg 44 min Growth Method: CZ Standard Specifications: Orientation: (100) miscut < 0.3 deg (Available < 0.1 deg) Orientation: (110)…
Yttrium Scandium Gallium Garnet (YSGG) Single Crystal Wafers Physical Properties: Crystal Structure: Cubic System Lattice Constant: a=12.426 Angstrom Density: 5.2 g/cm^3 Melting Point: 1877 degC Mohs Hardness: 7 Mohs Refractive Index: 1.92 2 theta: 50 deg 44 min Growth Method: CZ Standard Specifications: Orientation: (100) miscut < 0.3 deg (Available < 0.1 deg) Orientation: (110)…
Zinc Oxide (ZnO) Thin Film on Si (100) Wafers Overview Our zinc oxide (ZnO) thin film wafers are fabricated on high-quality Si (100) substrates to provide uniform, high-quality semiconducting and functional oxide layers for research and device development. ZnO is a wide bandgap semiconductor with excellent optical transparency, good electrical properties, and piezoelectric characteristics. These…
Zirconia (ZrO2) Ceramic Substrates – High Temperature Resistant, Insulating & Wear-Resistant Customization: Supports laser cutting and non-standard sizes Product Description: Key Specifications (Single-Sided Reference): Overview: This high-performance zirconia (ZrO2) ceramic plate is designed for extreme environments. It offers exceptional thermal stability, maintaining its shape without softening at high temperatures. It is chemically inert with no…
Zirconia (ZrO2) Ceramic Substrates – High Temperature Resistant, Insulating & Wear-Resistant Customization: Supports laser cutting and non-standard sizes Product Description: Key Specifications (Single-Sided Reference): Overview: This high-performance zirconia (ZrO2) ceramic plate is designed for extreme environments. It offers exceptional thermal stability, maintaining its shape without softening at high temperatures. It is chemically inert with no…
Zirconia (ZrO2) Ceramic Substrates – High Temperature Resistant, Insulating & Wear-Resistant Customization: Supports laser cutting and non-standard sizes Product Description: Key Specifications (Single-Sided Reference): Overview: This high-performance zirconia (ZrO2) ceramic plate is designed for extreme environments. It offers exceptional thermal stability, maintaining its shape without softening at high temperatures. It is chemically inert with no…
Zirconia (ZrO2) Ceramic Substrates – High Temperature Resistant, Insulating & Wear-Resistant Customization: Supports laser cutting and non-standard sizes Product Description: Key Specifications (Single-Sided Reference): Overview: This high-performance zirconia (ZrO2) ceramic plate is designed for extreme environments. It offers exceptional thermal stability, maintaining its shape without softening at high temperatures. It is chemically inert with no…
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